In this paper the full house hygrothermal performance of an aerated concrete wall system is examined for the hot and humid climate of Miami. The results clearly demonstrated the limited drying potential for the wall system in that climate. The selected exterior thermal insulation strategies and interior vapor control strategies in this study show the critical behavior of the full house with respect to drying initial construction moisture. Moisture related problems such as mold growth are simulated and discussed. From these results moisture control strategies are identified for the whole house hygrothermal performance
International audienceSigns of wetness in housing are a significant obstacle to the renovation and e...
International audienceSigns of wetness in housing are a significant obstacle to the renovation and e...
Elevated moisture contents due to exposed weather conditions and ageing façade materials can often l...
In this paper the full house hygrothermal performance of an aerated concrete wall system is examined...
The moisture performance of building envelope assemblies has always been a major concern of designer...
The design of exterior walls in a building envelope for optimum moisture management is a challenging...
The moisture performance of building envelope assemblies has always been a major concern of designer...
The research Studies the moisture problem in buildings. A methodological model which evaluates and c...
The drying capability of an EIFS wall system with initial construction moisture critically depends o...
With the current enhancements moisture engineering analysis of building envelope structures becomes ...
The moisture design of exterior walls in a building envelope is an important task that needs to be c...
AbstractAs recent buildings become more air tight, the natural ventilation rate is significantly red...
Internal insulation of external walls is often problematic due to increased moisture content in the ...
In hot and humid climates the interior and exterior environmental loads that building envelopes must...
The hygrothermal behaviour of the building envelope affects the overall performance of a building. T...
International audienceSigns of wetness in housing are a significant obstacle to the renovation and e...
International audienceSigns of wetness in housing are a significant obstacle to the renovation and e...
Elevated moisture contents due to exposed weather conditions and ageing façade materials can often l...
In this paper the full house hygrothermal performance of an aerated concrete wall system is examined...
The moisture performance of building envelope assemblies has always been a major concern of designer...
The design of exterior walls in a building envelope for optimum moisture management is a challenging...
The moisture performance of building envelope assemblies has always been a major concern of designer...
The research Studies the moisture problem in buildings. A methodological model which evaluates and c...
The drying capability of an EIFS wall system with initial construction moisture critically depends o...
With the current enhancements moisture engineering analysis of building envelope structures becomes ...
The moisture design of exterior walls in a building envelope is an important task that needs to be c...
AbstractAs recent buildings become more air tight, the natural ventilation rate is significantly red...
Internal insulation of external walls is often problematic due to increased moisture content in the ...
In hot and humid climates the interior and exterior environmental loads that building envelopes must...
The hygrothermal behaviour of the building envelope affects the overall performance of a building. T...
International audienceSigns of wetness in housing are a significant obstacle to the renovation and e...
International audienceSigns of wetness in housing are a significant obstacle to the renovation and e...
Elevated moisture contents due to exposed weather conditions and ageing façade materials can often l...